Dwyer Series TSF-DF User manual

Brand: Dwyer

Model: Series TSF-DF

Type: User manual

Series TSF-DF Digital Thermocouple Limit Alarm

Specifications - Installation and Operating Instructions

Bulletin T-TSF-DF

LOVE CONTROLS DIVISION

Phone: 219/879-8000 www.love-controls.com

DWYER INSTRUMENTS, INC.

Fax: 219/872-9057 e-mail: [email protected]

P.O. BOX 373 • MICHIGAN CITY, INDIANA 46360, U.S.A.

SPECIFICATIONS

Probe Range: 32 to 999°F (0 to 700°C) for thermocouple Type J; 32 to 999°F (0

to 999°C) for thermocouple Type K or S.

Input: Type J, K, or S thermocouple.

Output: NO SPST relay rated 16A @ 240 VAC resistive.

Horsepower Rating (HP): 1 HP.

Control Type: ON/OFF; manual/automatic reset.

Power Requirements: 115 VAC, 230 VAC, 12 VAC/VDC or 24 VAC/VDC

(depending on model).

Power Consumption: 4 VA @ 230 VAC.

Accuracy: ±1% FS.

Display: 3-digit, red, 1/2˝ (12.7 mm) digits, plus sign.

Resolution: 1°.

Memory Backup: Nonvolatile memory.

Ambient Operating Temperature: 32 to 140°F (0 to 60°C).

Storage Temperature: -4 to 176°F (-20 to 80°C).

Weight: 2.3 oz (65 g).

Front Panel Rating: IP64.

Agency Approvals:

DF Models: CE, cUR, UR;

MDF Models: None.

The Series TSF-DF Digital Thermocouple Limit Alarm is a UL approved

emperature limit control that provides visual alarm status, along with a 16 amp

PST relay output when a process temperature limit has been reached. After the

input temperature returns to normal conditions, the alarm can be either manually

or automatically reset depending on how the unit is programmed.

Program settings on model TSF-DF controls cannot be changed through the

buttons on the device. Desired program parameters are entered on a TSF-MDF

programming control. Using the TS2-K configuration key, the parameters can be

easily copied from the TSF-MDF and transferred to the TSF-DF Limit Alarms.

INSTALLATION

NOTE: Unit must be mounted away from vibration, impacts, water and corrosive

gases.

• Cut hole in panel 2.80 x 1.14 inches (71 X 29 mm).

• Use the included gasket, or apply silicone around the perimeter of the hole to

prevent leakage.

• Insert unit into the hole in panel, and secure using the included mounting clips.

• Wire the unit per the wiring diagram on the product label or in IOM.

OPERATION

Note: A Model TS2-K configuration key and a Model TSF-MDF is required to

change the parameter settings of the TSF-DF controls.

Programming Steps:

Using a Model TSF-MDF enter in the desired control parameters following the TSF-

MDF Parameter Programming section of this bulletin. After the parameters have

been entered, they are transferred to the TSF-DF controls by following the TSF-DF

Parameter Programming section of this bulletin.

-3/8

[

33.99]

[

76.20]

-1/8

[

27.94]

-3/8

[

60.33]

Wiring Diagram

ist of Parameters

arameter Descriptions

SP = Set Point. Temperature we wish to activate relay output.

r0 = Differential or hysteresis.

r1 = Lower value for SP.

2 = Higher value for SP.

3 = Alarm reset

ut = Automatic

hoL = Manual

PuP = Reset on Power Up

r4 = If the probe reading does not fluctuate r4 degrees in 1 minute, the control will

enter alarm condition.

0 = High or low limit control.

here TS is the probe input temperature.

f d0 = Hi and r3 = Aut:

If TS ≥ SP relay output ON, AL displayed.

If TS ≤ SP - r0 relay output OFF, TS displayed.

If d0 = Hi and r3 = hoL:

If TS ≥ SP relay output ON, AL displayed.

If TS ≤ SP - r0 it waits for reset of relay output OFF, TS displayed.

If d0 = Lo and r3 = Aut:

If TS ≤ SP relay output ON, AL displayed.

If TS ≥ SP + r0 relay output OFF, TS displayed.

If d0 = Lo and r3 = hoL:

If TS ≤ SP relay ON, AL displayed.

If TS ≥ SP + r0 it waits for reset to relay output OFF, TS displayed.

c0 = Minimum stopping time of the load.

c2 = Output status with probe error.

c3 = Energize relay on alarm condition (Determines fail state during

power loss).

Yes = Relay energized during alarm condition,

No = Relay de-energized during alarm condition.

P1 = Ambient probe adjustment.

P5 = Ambient probe type.

tcJ = (Type J), tch = (Type K), tcS = (Type S).

H5 = Access code to parameters (factory set at 0).

LED Indication and Display Messages

The Alarm LED indicates if the relay output is connected or not. When

the relay output is connected, the message AL is displayed alternated

with the probe temperature.

In normal operation the probe temperature will be shown on the display.

In case of error, the following messages can be shown:

Erl = memory error

ooo = open probe error

--- = ambient temperature out to range.

TSF-MDF Parameter Programming

Set Point Parameter Access:

• Press SET. SP text will appear on the display.

• Press SET again. The set point value is shown on the display.

• Use the UP and DOWN arrows to modify set point value.

• Press SET to save any new values.

• Press SET and DOWN at the same time to quit programming, or wait one minute

and the display will automatically exit the programming mode.

ode Protected Parameters Access:

•

Press SET and hold for 8 seconds. The access code value 0 is shown on the display.

ith the UP and DOWN arrows, enter the access code (unit comes with access code

set at 0 from the factory).

• Press SET to enter the code. If the code is correct, the first parameter label is shown

on the display (SP).

•

Move to the desired parameter with the UP and DOWN arrows.

•

Press SET to view the value on the display.

•

Use the UP and DOWN arrows to modify the parameter value.

•

Press SET to save the value and exit the parameter.

• Repeat until all necessary parameters are modified.

• Press SET and DOWN at the same time to quit programming, or wait one minute

and the display will automatically exit programming mode.

TSF-DF Parameter Programming

After all the parameters have been set to their desired values on the TSF-MDF, a

Model TS2-K is used to transfer the parameters from the TSF-MDF to all TSF-DF

ontrols that require those parameters. Dip switches are located inside the TS2-K to

elect between upload and download conditions.

Upload Parameters from TSF-MDF to TS2-K Key:

• Set the internal dip switches on the Model TS2-K programming key to the upload

position.

• Connect the TS2-K into the port on the back of the TSF-MDF.

•

Press and hold the blue button on the TS2-K.

•

When the LED on the TS2-K turns green, the parameters have been successfully

ploaded; otherwise one of the following errors may have occurred:

• Flashing Green LED: Low battery.

• Flashing Red LED: A communication error has occurred, check the connection

between the TS2-K and the control.

Download Parameters from the TS2-K to the TSF-DF Control:

• Set the internal dip switches in the Model TS2-K programming key to the download

position.

• Connect the TS2-K into the port on the back of the TSF-DF.

• Press and hold the blue button on the TS2-K.

• When the LED on the TS2-K turns green, the parameters have been successfully

loaded on the TSF-DF control; otherwise one of the following errors may have

occurred:

• Flashing Green LED: Low battery.

• Flashing Red LED (90% off, 10% on): A communication error has occurred. To

solve this problem, check the connection between the TS2-K and the control.

• Flashing Red LED (10% off, 90% on): A memory error has occurred. To solve

this problem, repeat the steps to upload the parameters from the TSF-MDF to

the TS2-K configuration key.

• Alternating Red and Green LED: A program error has occurred. To solve this

problem, check that the version number on the TSF-MDF and the TSF-DF are

the same.

• Repeat the download step for the rest of the TSF-DF controls.

Reset An Alarm:

When the parameter r3 = Aut, the alarm condition will automatically reset once the

probe temperature reading returns to non-alarm conditions. When the parameter r3 =

hoL, the alarm condition will remain activated until a reset signal is received either by

pressing the RST key on the front face of the control or by closing contact to the rear

input.

• When d0 = Hi the reset is accepted when the probe temperature TS ≤ SP - r0.

• When d0 = Lo the reset is accepted when the probe temperature TS ≥ SP + r0.

MAINTENANCE

Upon final installation of the Series TSF-DF Thermocouple Limit Control, no routine

maintenance is required. A periodic check of the system calibration is recommended.

The Series TSF-DF is not field serviceable and should be returned if repair is needed

(field repair should not be attempted and may void warranty). Be sure to include a

brief description of the problem plus any relevant application notes. Contact customer

service to receive a return goods authorization number before shipping.

CLEANING & REPAIR

Clean the surface of the display controller with a soft damp cloth. Never use abrasive

detergents, petrol, alcohol or solvents.

LOVE CONTROLS DIVISION

Phone: 219/879-8000 www.love-controls.com

DWYER INSTRUMENTS, INC.

Fax: 219/872-9057 e-mail: [email protected]

P.O. BOX 373 • MICHIGAN CITY, INDIANA 46360, U.S.A.

Description

Set Point

ifferential or Hysteresis

ower Limit for SP

igher Limit for SP

eset Control

Short Circuit Probe Detection

High or Low Limit Control

Minimum Stopping Time

utput Status with Probe Error

larm Energize Condition

mbient Probe Adjustment

mbient Probe Type

Access Code to Parameters

Units

Degrees

egrees

ption

Degrees

Option

Seconds

ption

egrees

ption

Numeric

Range

r1 to r2

to 99

to r2

1 to 999

ut/hoL/PNP

0 to 999

Hi/Lo

0 to 999

ff/On

o/Yes

30 to 30

cJ, tch, tcS

0 to 255

The keyboard security code can be reset to ZERO by turning off

the controller and turning it on again while keeping the SET key

epressed.

OTICE

Dwyer Series TSF-DF User manual

Dwyer Series TSF-DF User manual

Dwyer Series TSF-DF User manual

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